<?xml version="1.0" encoding="utf-8"?>
<blockelevensectionseven>
	<Question1>1. Where does FIELD DETECTED AUDIO originate?</Question1>
		<Answer1>None</Answer1>
		<Reference1>Student Workbook Page 7-2, Section "Information"</Reference1>
  
	<Question2>2. What can the VOR DET signal consist of? State different conditions for the different signals.</Question2>
		<Answer2>None</Answer2>
		<Reference2>Student Workbook Page 7-5, Paragraph "Sensors - Outdoor Components"</Reference2>
  
	<Question3>3. What sub-assembly is responsible for percent of modulation calculations?</Question3>
		<Answer3>None</Answer3>
		<Reference3>Student Workbook Page 7-6, Paragraph "Field Data Collection Unit(FDCU)"</Reference3>
  
	<Question4>4. How is the 30 HZ reference signal obtained in the monitors?</Question4>
		<Answer4>None</Answer4>
		<Reference4>Technical Order</Reference4>
  
	<Question5>5. How is carrier frequency measured in the monitors?</Question5>
		<Answer5>None</Answer5>
		<Reference5>Technical Order</Reference5>
  
	<Question6>6. How long do the monitors give the VOR system to stabilize upon startup?</Question6>
		<Answer6>None</Answer6>
		<Reference6>Technical Order</Reference6>
  
	<Question7>7. How long is the alarm delay for VOR faults? Are there any exceptions?</Question7>
		<Answer7>None</Answer7>
		<Reference7>Technical Order</Reference7>
  
	<Question8>8. List the ways in which the VOR can be placed in monitor bypass.</Question8>
		<Answer8>None</Answer8>
		<Reference8>Technical Order</Reference8>
  
	<Question9>9. State the purpose of the VOR Test Generator Digtial.</Question9>
		<Answer9>None</Answer9>
		<Reference9>Technical Order</Reference9>
  
	<Question10>10. State the purpose of the VOR Test Generator Analog.</Question10>
		<Answer10>None</Answer10>
		<Reference10>Technical Order</Reference10>

</blockelevensectionseven>